Utilizing charred wooden shingles and acoustic tiles, the design offers a compact living solution that balances functionality with sustainability, creating a micro space optimized for modern urban lifestyles.
5 key facts about this project
01
Utilizes cross-laminated timber panels for structural efficiency and aesthetics.
02
Incorporates charred wooden shingles for enhanced durability and fire resistance.
03
Features a bent A-frame design to optimize interior space and natural light.
04
Integrates sound-absorbing acoustic tiles to improve comfort in compact living.
05
Employs a rainwater harvesting system to promote sustainability and resource management.
General keywords
This architectural design project encapsulates a modern approach to compact living, specifically targeting the emerging trends of micro-housing. The project is constructed within a compact footprint of approximately 25 square meters, focusing on maximizing functionality while providing comfort and aesthetic value. The design prioritizes the essential needs of residents, addressing both psychological and physiological aspects of living in a limited space.
The layout strategically organizes a variety of functional zones, including sleeping, living, cooking, and social spaces. This modular design allows residents to utilize their space flexibly, accommodating the dynamics of daily life. The clever integration of natural light through expansive windows fosters a connection with the outdoors, enhancing overall well-being within the living environment. This project thus not only meets basic residential needs but also promotes a lifestyle that values social interaction and personal comfort.
Unique Modular Design and Functional Adaptability
A distinguishing feature of this architectural project is its modular arrangement, which creates adaptable living solutions that can evolve with the occupants' circumstances. Each module serves a dual purpose; for example, the dining table can seamlessly transform into a workspace, providing versatility without sacrificing space. This functional adaptability is crucial for maximizing a compact area, allowing for multiple uses throughout the day.
Additionally, the use of overhead suspension systems for kitchen and rest modules offers efficient spatial management, increasing the openness of the living area. This innovative method contrasts with traditional fixed designs, providing an airy atmosphere that feels larger than its actual dimensions. Such unique design approaches reflect a thoughtful consideration of modern living demands, where flexibility and functionality are paramount.
Sustainability and Materiality in Design
The project demonstrates a commitment to sustainability through the careful selection of materials and the integration of eco-friendly systems. Walls are constructed from high-strength wooden slabs, providing structural integrity while promoting a warm ambiance. The use of color-coated steel frameworks enhances visual appeal and supports overarching sustainability goals.
Furthermore, the project incorporates rainwater harvesting systems and photovoltaic panels, establishing a self-sufficient energy framework. These sustainable features not only reduce environmental impact but also align with the growing emphasis on green living within urban settings. The incorporation of such systems highlights a progressive understanding of architecture's role in addressing contemporary environmental challenges.
To gain a deeper understanding of the design’s objectives and execution, interested readers are encouraged to explore the project presentation, including architectural plans, architectural sections, and various architectural ideas. The in-depth visuals and details provided there will offer valuable insights into this innovative architectural project.
The layout strategically organizes a variety of functional zones, including sleeping, living, cooking, and social spaces. This modular design allows residents to utilize their space flexibly, accommodating the dynamics of daily life. The clever integration of natural light through expansive windows fosters a connection with the outdoors, enhancing overall well-being within the living environment. This project thus not only meets basic residential needs but also promotes a lifestyle that values social interaction and personal comfort.
Unique Modular Design and Functional Adaptability
A distinguishing feature of this architectural project is its modular arrangement, which creates adaptable living solutions that can evolve with the occupants' circumstances. Each module serves a dual purpose; for example, the dining table can seamlessly transform into a workspace, providing versatility without sacrificing space. This functional adaptability is crucial for maximizing a compact area, allowing for multiple uses throughout the day.
Additionally, the use of overhead suspension systems for kitchen and rest modules offers efficient spatial management, increasing the openness of the living area. This innovative method contrasts with traditional fixed designs, providing an airy atmosphere that feels larger than its actual dimensions. Such unique design approaches reflect a thoughtful consideration of modern living demands, where flexibility and functionality are paramount.
Sustainability and Materiality in Design
The project demonstrates a commitment to sustainability through the careful selection of materials and the integration of eco-friendly systems. Walls are constructed from high-strength wooden slabs, providing structural integrity while promoting a warm ambiance. The use of color-coated steel frameworks enhances visual appeal and supports overarching sustainability goals.
Furthermore, the project incorporates rainwater harvesting systems and photovoltaic panels, establishing a self-sufficient energy framework. These sustainable features not only reduce environmental impact but also align with the growing emphasis on green living within urban settings. The incorporation of such systems highlights a progressive understanding of architecture's role in addressing contemporary environmental challenges.
To gain a deeper understanding of the design’s objectives and execution, interested readers are encouraged to explore the project presentation, including architectural plans, architectural sections, and various architectural ideas. The in-depth visuals and details provided there will offer valuable insights into this innovative architectural project.
